Made from Dyneema fibres, the Bridon Dynamica SK75 Rope is the most compact rope with excellent properties.
As Dyneema is the strongest fibre in the world, ropes made from Dyneema have excellent strength, weight, UV stability and safety seen in the Dynamica. Combine this with its unique coating and you get a rope with shape stability and increased abrasion resistance for a longer working life.
12-Strand Dynamica SK75 Rope (except 6mm and 8mm which are 8 Strand)
Dynamica ropes are made from Dyneema fibres produced by DSM in Holland.
Dyneema is more than 10 times stronger than steel per unit of weight. This means that Dynamica ropes have a slightly higher strength than a steel wire of the same dimension - but less than one tenth of the weight. after two years of exposure, 80% of strength retained.
Dyneema fibre can sustain a very large number of peak loads (loads close to the breaking strength). This gives a long life and a high safe working load. While steel-wire can take 6,500 loads at 50 % of the maximum breaking load Dynamica ropes can take 10 million cycles at the same load level. Dynamica ropes are therefore an excellent material for dynamic applications.
Dyneema has a very low elongation (2-3% at break). Dynamica ropes store little energy and therefore has little backlash - even at hundreds of tonnes of load. Using Dyneema the amount of stored energy is much lower compared to nylon or steel wire ropes. This is a very important safety feature.
Dyneema has a better stability to sunlight than other relevant fibre resistance to chemical substances. Dyneema is resistant to chemical substances and will not be affected by oil, acids or other commonly used substances.
Dyneema has an excellent abrasion resistance compared with other synthetic fibre (five times better than polyester). Special care has to be taken, however, in order to ensure that it moves over clean non-rust surfaces etc. Sharp edges should be avoided.
Dyneema has good bending properties. however, it is recommended to bend over diameters of at least 10 times the diameter of the rope.